CN203383971U - Megawatt phase reversion conveyor-type impeller hydroelectric generation system - Google Patents
Megawatt phase reversion conveyor-type impeller hydroelectric generation system Download PDFInfo
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- CN203383971U CN203383971U CN201320122980.3U CN201320122980U CN203383971U CN 203383971 U CN203383971 U CN 203383971U CN 201320122980 U CN201320122980 U CN 201320122980U CN 203383971 U CN203383971 U CN 203383971U
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- rotating shaft
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Abstract
The utility model relates to a megawatt phase reversion conveyor-type impeller hydroelectric generation system, which is characterized in that the two ends of a revolving shaft a are respectively provided with a chain wheel, the revolving shaft a and a revolving shaft d are in a vertical set up and down and are arranged on corresponding upper and lower beams of a support frame by virtue of a bearing and a bearing block, the revolving shaft a and the revolving shaft d are meshed by a transmission chain, the two ends of a revolving shaft b are respectively provided with a chain wheel, the revolving shaft b and a revolving shaft c are also in a vertical set up and down and are fixedly arranged on corresponding upper and lower beams of the frame support by virtue of a bearing and a bearing block, the revolving shaft b and the revolving shaft c are meshed by a transmission chain, three gears, i.e. two counter-rotating gears at the same end of the revolving shaft a and the revolving shaft b of the two sets of the revolving shafts as well as an output gear of a generator are meshed and connected side by side, and two ends of the outer side opposite to a circular arc side face of a water tank are connected with chain shaft hinge-type same-revolving shafts of the two transmission chains. According to the megawatt phase reversion conveyor-type impeller hydroelectric generation system, power generation is realized through energy conversion acting mainly by virtue of stream impact and own gravity, and is mainly used for power generation in high head-type and dam-type river basins.
Description
Technical field
A kind of MW class that relates to the utility model reverses conveyor type impeller hydroelectric power system mutually, belongs to new energy hydraulic power generation technology field.
Background technique
The existing hydroelectric water kinetic energy utilization ratio of the water wheeler 20-30% that only has an appointment, there is drawback in it: (1) only relies on single water flow impact pressure generating.(2) the time compole of water impact blade acting is short.(3) the serious utilization ratio of water waste is low.Therefore the energy of its generating can only depend on the size of head height and flow.The impulse water wheel car is when work, each circulation only has the acting of 1-2 sheet blade to be impacted, its can be along with the increase of unit water flow and increasing of head and rotating speed increases, acting on the impact force time on turbine blade can be shorter, therefore the time of useful work acting is shorter, a large amount of water waste, and the water utilization rate is still very low.Sharf streaming water turbine is large especially in water flow, when head is high, approximately there are 60% current to utilize, when the water impact turbine blade that utilizes approximately 40%, the current of 20-30% of only having an appointment really impact the blade acting, rotating speed HI high impact blade working application time is extremely of short duration, and a large amount of current also waste, and the utilization ratio at water source is also lower.
Summary of the invention
The utility model is the deficiency that overcomes background technique, and the recycling at a kind of impact force of utilizing current and self gravitation long-time useful acting simultaneously and water source is provided, and a kind of MW class that can Electricity Generation reverses conveyor type impeller hydroelectric power system mutually.
The technological scheme that the utility model technical issues that need to address are taked is: a kind of MW class reverses mutually conveyor type impeller hydroelectric power system and comprises: rotating shaft a, rotating shaft d, rotating shaft b, rotating shaft c, support frame, generator, electric closet, the conveying high-pressure electrical network, each fixes a sprocket wheel to it is characterized in that rotating shaft a two ends, and vertically go up next group bearing with rotating shaft d, bearing support is arranged on the upper underbeam that support frame is corresponding, and be connected with a joggle with transmission chain, each fixes a sprocket wheel rotating shaft b two ends, and also vertically go up next group bearing with rotating shaft c, bearing support is connected to the upper underbeam that support frame is corresponding, and be connected with a joggle with transmission chain, rotating shaft a in two groups of rotating shafts and rotating shaft b same side two are connected with a joggle side by side to turning gear and amounting to three gears with the output gear of generator, the two ends, the outside, opposite, circular-arc side of tank are connected with rotating shaft with the chain shaft hinge-type of two transmission chains, generator, electric closet, the conveying high-pressure electrical network is electrically connected to wire.It is characterized in that two backflushing type inertia water wheels are fixedly connected on respectively two outermost end of rotating shaft d, backflushing type inertia water wheels are that the shape material is covered with for around circular the ferroaluminium water wheels of fanning arc shaped blade, generator, recoil tube, baffle plate and water outlet air guide sleeve are fixedly connected with support frame respectively, two magnetic isolation boards are separately positioned on rotating shaft c and rotating shaft d separately between the corresponding strong magnets in two ends, the top edge of magnetic isolation board is concordant with rotating shaft core, and all with support frame, is fixedly connected with.It is characterized in that tank outer side surface two ends, circular-arc side each fix a strong magnets, the bottom of tank is provided with air leakage hole, the outer side surface two ends of bottom respectively are provided with a reset tension spring.The inertia water wheels of stabilized (steady-state) speed effect.In the current of going out from dam enter the fluid express passway of the surrounding sealing surrounded with baffle plate and chain guard plate, directly impact and be arranged on the first row tank on transmission chain through water intake conflux cover water conservancy diversion, after being full of tank, order about the transmission chain transmission under himself gravity and impact force action, the first row tank is forced to descending, the second row tank transmits and is impacted, be full of after water also under himself gravity and impact force action and order about the transmission chain transmission, the second row tank is forced to descending, the 3rd rhone transmits and is impacted, the like, the 4th row, the 5th row-----when tank goes downwards to low side under the effect of magnetic isolation board, two tanks that opposing can have no attraction and freely separate, water in groove can be poured out automatically, the tank automatic turning is that mouth down is renovated on transmission chain, the simultaneously vertical useful arm of force shortens, reset tension spring is tensioned and hauls the with light packs slowly rising of dead slot, when outreaching, under the reset tension spring pulling force, automatic turning restores to the original state mouth upward in advance again, strong attraction force can alleviate tank transmission chain pressure is avoided to transmission chain bending deflection, drive again opposed two pairs of transmission chain reverse rotation simultaneously, be full of and descendingly after water start again, next work cycle is gone round and begun again.The machine top is to the dam bottom, when each water-filled tank gravity is descending, doing work all the time, this is a working stroke effectively, personal attendant's head height of the long stroke of working application time and determining, can be large surprising, and the water flowed out from the bottom of gullet air leakage hole when descending impacts again next tank, the water overflowed because jerk splashes in order to supplement next tank, the acceleration of tank is descending also can produce acceleration, drives transmission chain and accelerates to rotate.Meanwhile, another strand of current by the recoil tube water channel from dam crest to dam at the bottom of such height direct current and fierce impact be positioned at the blade of the backflushing type inertia water wheels at the bottom of dam, add the impact through water outlet air guide sleeve water conservancy diversion secondary recovery of current that all tanks are scattered, these two kinds of energy order about heavy super large backflushing type inertia water wheels High Rotation Speed, drive again the transmission chain synchronous rotary of coaxial rotation, each water-filled tank is in impact force like this, three kinds of power of the dynamic impact problem of self gravitation and backflushing type inertia water wheels are integrated, produce a kind of huge rotating energy, drag transmission chain and turn gear through two pairs, generator gear drives the generating of huge generator overburdening superhigh power.
The utility model is full of under water while going at each tank, and wherein line of gravity is vertical with central shaft, and all forming the longest arm of force is sprocket radius, according to moment formula M=FL, that is: and the constant maximum moment of generation of releasing of moment=power * arm of force gravity.Again according to the gravity acting formula W
g=mgh, h is the height maximum (height of dam degree) that tank water descends when full, can release and produce huge useful work.This installs the kinetic energy of current, potential energy, is converted into mechanical energy, and performance incisively and vividly, can increase substantially generating efficiency, meets law of conservation of energy.
The advantage that the utility model designs each parts effect is; (1) can make two groups of relative transmission chain locking phase reversed operations to turning gear.(2) when internal baffle can prevent that water stopping trough is descending, current splash and overflow, and the waste water source, for having recycled guide functions in the secondary water source.(3) the tank arcuate flanks is easily poured out water, renovates the rear anti-water entrainment that is difficult for when up, and it is excessive that bottom of gullet has air leakage hole to be difficult for gather qi together when first water impact, can impact again next tank amount of makeup water simultaneously.(4) reset tension spring of tank side, when the tank return of water intake top, can accelerate the upset that resets of tank, strives for the time that current impact ahead of time, after resetting simultaneously under the strong magnets heteropole attracts each other, again as of short duration power.In descending process due to very strong attraction force again as the tank that is being connected these two opposition, as an integral body, by four jiaos of tractives of four chains, can reduce the rock deformation pressure to transmission chain, water power plant, Ge Zhou Ba drop is 22 meters, need 21 cubes of water generating a kilowatt, 87 meters left and right of the three gorges hydropower plant drop, still need 5 cubes of water to generate 1 degree electricity, if adopt the utility model machine to be arranged on the Ge Zhou Ba of 22 meters of drops, vertical direction is fixed a MW class every 5 meters and is reversed mutually four of conveyor type impeller hydroelectric power function arrangements, the water that is to say specific discharge can be cycled to repeat and utilize four times, generate so 1 degree electricity guarantee 1 cube of water of card less than, you just think each water that is full of tank from the height of 22 meters, add that the initial velocity accelerated motion that the water inlet impact force produces falls, there are about 20 meters highly all relying on gravity, to beginning to whole acting, generating efficiency is well imagined, if every 1-2 rice is placed such row vertically in the horizontal direction again, solid is covered with dam, whole river, width according to the dam, river, highly, do not know to send great electric weight! we develop the infinite energy of performance to the circulation of limited waterpower resourses in a word, generating efficiency at double, tens times of increases, make electric power energy inexhaustible.
The beneficial effects of the utility model are: (1) relies on impact force and the gravity of current to do work simultaneously, has thoroughly changed existing water turbine and has only relied on single impact force.(2) gravity of the tank on transmission chain does work all the time, useful working application time and displacement have been extended, (3) while relies on again the backflushing type inertia water wheels acting at the bottom of the height impact of head is positioned at dam, heavy water wheels are turned over and are exactly liked an inertial flywheel, can balance and stability rotating speed and the effect that starts this device.(4) rely on two line belts that counter-rotating is symmetrical, the water that during the water impact tank, backwash rises can receive supplementary mutually, little waste, and the utilization ratio at water source is high.
The accompanying drawing explanation:
Fig. 1 is that a kind of MW class reverses conveyor type impeller hydroelectric power system perspective view mutually,
Fig. 2 is the plan view that a kind of MW class reverses conveyor type impeller hydroelectric power system mutually
Fig. 3 is the right side view that a kind of MW class reverses conveyor type impeller hydroelectric power system mutually
Fig. 4 is sink structure and transmission chain linkage structure schematic diagram in Fig. 1
Fig. 5 is support frame and four rotating shaft a, b in Fig. 1, c, d linkage structure schematic diagram
Fig. 6 is that in Fig. 1, appliance circuit connects block diagram
In figure: 1, water intake conflux cover 2, generator 3, to turning gear 4, support frame 5, backflushing type inertia water wheels 6, water outlet air guide sleeve 7, recoil tube 8, tank, 9, transmission chain 10, bearing support, 11, circular-arc side 12, baffle plate 13, sprocket wheel 14, reset tension spring 15, air leakage hole 16, electric closet 17, conveying high-pressure electrical network 18, strong magnets 19, rotating shaft a
20, rotating shaft b21, rotating shaft c22, rotating shaft d23, magnetic isolation board
Embodiment
Below in conjunction with accompanying drawing explanation and embodiment, technical solutions of the utility model are further described.Embodiment is as follows:. a kind of MW class reverses mutually conveyor type impeller hydroelectric power system and comprises: rotating shaft a (19), rotating shaft d (22), rotating shaft b (20), rotating shaft c (21), support frame (4), generator (2), electric closet (16), conveying high-pressure electrical network (17), each fixes a sprocket wheel (13) to it is characterized in that rotating shaft a (19) two ends, and vertically go up next group bearing with rotating shaft d (22), bearing support (10) is arranged on the upper underbeam that support frame (4) is corresponding, and be connected with a joggle with transmission chain (9), each fixes a sprocket wheel (13) rotating shaft b (20) two ends, and also vertically go up next group bearing with rotating shaft c (21), bearing support (10) is connected to the upper underbeam that support frame (4) is corresponding, and be connected with a joggle with transmission chain (9), rotating shaft a (19) in two groups of rotating shafts and rotating shaft b (20) same side two are connected with a joggle side by side to turning gear (3) and amounting to three gears with the output gear of generator (2), the two ends, the outside, opposite, circular-arc side (11) of tank (8) are connected with rotating shaft with the chain shaft hinge-type of two transmission chains (9), generator (2), electric closet (16), conveying high-pressure electrical network (17) is electrically connected to wire.It is characterized in that two backflushing type inertia water wheels (5) are fixedly connected on respectively two outermost end of rotating shaft d (22), backflushing type inertia water wheels (5) are that the shape material is covered with for around circular the ferroaluminium water wheels of fanning arc shaped blade, generator (2), recoil tube (7), baffle plate (12) is fixedly connected with support frame (4) respectively with water outlet air guide sleeve (6), two magnetic isolation boards (23) are separately positioned on rotating shaft c (21) and rotating shaft d (22) separately between the corresponding strong magnets (18) in two ends, the top edge of magnetic isolation board (23) is concordant with rotating shaft core, and all with support frame (4), be fixedly connected with.It is characterized in that tank (8) outer side surface two ends, circular-arc side (11) each fix a strong magnets (18), the bottom of tank (8) is provided with air leakage hole (15), and the outer side surface two ends of bottom respectively are provided with a reset tension spring (14).First the equidistant segmentation of transmission chain being exited to the chain rotating shaft when device transmission chain (9) system blocks, reinforcing rotating shaft with new special lengthening substitutes, and be connected with the side fixed pin holes on tank, form the hinge-type rotating shaft, until the tank (8) on all transmission chains (9) and the component device whole good after, whole load facility is debugged again, and first by backflushing type inertia water wheels (5) startup that discharges water, this is simple for structure, be easy to volume production, generating efficiency can significantly significantly improve.
Claims (3)
1. a MW class reverses mutually conveyor type impeller hydroelectric power system and comprises: rotating shaft a (19), rotating shaft d (22), rotating shaft b (20), rotating shaft c (21), support frame (4), generator (2), electric closet (16), conveying high-pressure electrical network (17), each fixes a sprocket wheel (13) to it is characterized in that rotating shaft a (19) two ends, and vertically goes up next group bearing with rotating shaft d (22), bearing support (10) is arranged on the upper underbeam that support frame (4) is corresponding, and be connected with a joggle with transmission chain (9), each fixes a sprocket wheel (13) rotating shaft b (20) two ends, and also vertically goes up next group bearing with rotating shaft c (21), bearing support (10) is connected to the upper underbeam that support frame (4) is corresponding, and be connected with a joggle with transmission chain (9), rotating shaft a (19) in two groups of rotating shafts and rotating shaft b (20) same side two are connected with a joggle side by side to turning gear (3) and amounting to three gears with the output gear of generator (2), the two ends, the outside, opposite, circular-arc side (11) of tank (8) are connected with rotating shaft with the chain shaft hinge-type of two transmission chains (9), generator (2), electric closet (16), conveying high-pressure electrical network (17) is electrically connected to wire.
2. reverse mutually conveyor type impeller hydroelectric power system according to a kind of MW class in claim 1, it is characterized in that two backflushing type inertia water wheels (5) are fixedly connected on respectively two outermost end of rotating shaft d (22), backflushing type inertia water wheels (5) are that the shape material is covered with for around circular the ferroaluminium water wheels of fanning arc shaped blade, generator (2), recoil tube (7), baffle plate (12) is fixedly connected with support frame (4) respectively with water outlet air guide sleeve (6), two magnetic isolation boards (23) are separately positioned on rotating shaft c (21) and rotating shaft d (22) separately between the corresponding strong magnets (18) in two ends, the top edge of magnetic isolation board (23) is concordant with rotating shaft core, and all with support frame (4), be fixedly connected with.
3. reverse mutually conveyor type impeller hydroelectric power system according to a kind of MW class in claim 1, it is characterized in that tank (8) outer side surface two ends, circular-arc side (11) each fix a strong magnets (18), the bottom of tank (8) is provided with air leakage hole (15), and the outer side surface two ends of bottom respectively are provided with a reset tension spring (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320122980.3U CN203383971U (en) | 2013-03-19 | 2013-03-19 | Megawatt phase reversion conveyor-type impeller hydroelectric generation system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320122980.3U CN203383971U (en) | 2013-03-19 | 2013-03-19 | Megawatt phase reversion conveyor-type impeller hydroelectric generation system |
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| CN203383971U true CN203383971U (en) | 2014-01-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320122980.3U Expired - Fee Related CN203383971U (en) | 2013-03-19 | 2013-03-19 | Megawatt phase reversion conveyor-type impeller hydroelectric generation system |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110397543A (en) * | 2018-04-24 | 2019-11-01 | 上海广谋能源技术开发有限公司 | A kind of hydroelectric installation |
| WO2021145166A1 (en) * | 2020-01-13 | 2021-07-22 | 憲郎 東福 | Fluid power generation device and installation structure of power generation device |
-
2013
- 2013-03-19 CN CN201320122980.3U patent/CN203383971U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110397543A (en) * | 2018-04-24 | 2019-11-01 | 上海广谋能源技术开发有限公司 | A kind of hydroelectric installation |
| WO2021145166A1 (en) * | 2020-01-13 | 2021-07-22 | 憲郎 東福 | Fluid power generation device and installation structure of power generation device |
| JP2021110300A (en) * | 2020-01-13 | 2021-08-02 | 憲郎 東福 | Fluid power generator and installation structure of power generator |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20140108 Termination date: 20150319 |
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| EXPY | Termination of patent right or utility model |